Technical Parameter of Light Porcelain Ceramic Structured Packing
Opposite margin Model | Support beam height mm | Accumulation gap mm | Pore Diameter mm | Surface aream²/m³ | Void ratio % | Bulk Density Kg | Number /cbm Pcs/m³ |
ATLC-4415 | 15 | 22 | 30 | 84.5 | 60.2 | 410 | 163 |
ATLC-6210 | 10 | 20 | 26 | 78.5 | 45 | 517 | 145 |
ATLC-7210 | 10 | 11 | 20 | 94.3 | 41 | 577 | 144 |
ATLC-4210 | 10 | 11 | 18 | 102.3 | 48 | 546 | 180 |
ATLC-5615 | 15 | 22 | 32 | 82 | 62 | 404 | 147 |
Technical Parameter of Light Porcelain Ceramic Structured Packing
Opposite margin Model | Support beam height mm | Accumulation gap mm | Pore Diameter mm | Surface area m²/m³ | Void ratio % | Bulk Density Kg | Number /cbm Pcs/m³ |
Seven Ring | 220±2.5 mm | 20 | 65 | 118 | 85 | 320 | 206 |
Seven Ring with Veins | 220±2.5 mm | 20 | 65 | 128 | 75 | 350 | 206 |
Lozenge ring | 220±2.5 mm | 20 | 65 | 135 | 72 | 360 | 206 |
Lozenge ring with veins | 220±2.5 mm | 20 | 65 | 145 | 75 | 380 | 206 |
Gear ring | 220±2.5 mm | 20 | 65 | 148 | 79 | 350 | 206 |
Trade Details of Light Porcelain Ceramic Structured Packing
Related Trade Information | |
HS Code | 6914100000 |
Package | 1: 500*500*500 mm carton on Fumigation Pallet 2: Be tied by plastic rope on wooden pallet 3: Upon your requirement |
Process Method | High temperature firing |
Material | Al2O. SiO2,Fe2O3 and so on |
Typical Application | coking desulfurization,washing benzene,naphthalene and ammonia sulfuric acid drying,chemical fertilizer hot water saturation tower,electric power plant tricking water colling tower, absorbing tower and on. |
Production time | 7 days against one 20GP container loading quantity |
Executive standard | HG/T 4278-2011 or refer to your detailed requirement |
Sample | Free samples within 500 Grams |
Other | Accept EPC turnkey,OEM/OEM,Mold Customization,Installation&Guidance,Test, Entrusted design service etc. |
Typical Application of Light Porcelain Ceramic Structured Packing
in the processes of coking desulfurization,washing benzene,naphthalene and ammonia sulfuric acid drying,chemical fertilizer hot water saturation tower,electric power plant tricking water colling tower, absorbing tower and on.
Light Porcelain Packing Feature
1: Weak compressive strength
2: Light weight.
3: High water absorption
4: Excellent mass transfer performance
5: Low operating cost
All Porcelain packing Feature
1: Outstanding compressive strength
2: Low water absorption
3: Heavy Weight
4: Large operating flexibility
Light Porcelain Ceramic Structured Packing is a type of structured packing material used in various industrial processes, particularly in mass transfer operations like distillation, absorption, and stripping. The key features and applications of light porcelain ceramic structured packing are as follows:
- Material Composition:
- Light porcelain ceramic structured packing is made from a specialized porcelain-based ceramic material.
- The ceramic composition is designed to be lightweight, yet maintaining high mechanical strength and durability.
Owing to Ceramic Corrugated plate packing’s weight is very heavy and easy broken, in 1980s ending,our Scientists change clay’s composition to produce Light porcelain packing. Light Porcelian packing surface has many micropores, which can be fully soaked by liquid so as to prolong gas-liquid exchange time. However, If compared with all-ceramic fillers,no matter in terms of compressive strength, water absorption, wettability, maintenance, replacement, production process, etc.,
Applications of Light Porcelain Ceramic Structured Packing:
Distillation Columns:
Light porcelain ceramic structured packing is commonly used in the packed sections of distillation columns, such as those found in petrochemical refineries, chemical plants, and other industrial facilities.
Absorption Towers:
These structured packing materials are employed in absorption towers for the removal of contaminants or the recovery of valuable components from gas streams.
Stripping Columns:
Light porcelain ceramic structured packing is used in stripping columns, where it helps to facilitate the separation and removal of specific compounds from liquid streams.
Drying and Evaporation Processes:
The structured design and large surface area of the light porcelain ceramic packing make it suitable for use in various drying and evaporation processes, such as those found in the food, pharmaceutical, and chemical industries.
Catalyst Support:
In some applications, the light porcelain ceramic structured packing can be used as a support structure for catalysts in fixed-bed reactors or other catalytic processes.
